Mind the Gap: Verification Framework for Low-Level C
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Winwood, Simon
Klein, Gerwin
Sewell, Thomas
Andronick, June
Cock, David
Norrish, Michael
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Springer
Abstract
This paper presents the formal Isabelle/HOL framework we use to prove refinement between an executable, monadic specification and the C implementation of the seL4 microkernel. We describe the refinement framework itself, the automated tactics it supports, and the connection to our previous C verification framework. We also report on our experience in applying the framework to seL4. The characteristics of this microkernel verification are the size of the target (8, 700 lines of C code), the treatment of low-level programming constructs, the focus on high performance, and the large subset of the C programming language addressed, which includes pointer arithmetic and type-unsafe code.
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Proceedings of International Conference on Theorem Proving in Higher Order Logics (TPHOLs 2009)
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2037-12-31